Level Monitor for extremely dusty environments or where other distance sensors don’t work.
A home automation and Internet of Things project using Arduino Mega 2560 and ESP32.
How can scientists model and predict the formation of sink holes using IoT?
Fidget Spinners are everywhere - one of the challenges is to get the fastest spinning and longest running Spinner...build a sensor!
A system that keeps you updated about the happenings of your house in your absence.The display is shown on your mobile.
This is a project for measuring the AC current of a device plugged into the outlet and data feedback using Blynk with OTA.
A cool RC Car that you can control with the touch of your fingers right from your own phone.
Cheap and easy way to feed the dog from anywhere via your phone.
How to (and not to) build your own home automation system.
Getting started with Blynk Bridge - the simplest method to communicate between ESP8266, Arduino or Raspberry Pi.
An I2C interface with Blynk.
A simple project to learn IoT by connecting a DHT11 temperature and humidity sensor with WeMos D1 Mini and interfacing the data to Blynk.
A simple 4 channel design/program for monitoring orchid and plant moisture levels.
Control your Home Lights using the Twitter platform.
Read temperature, humidity and air quality control using DHT22 and MQ - 135 and monitoring with Blynk using ESP8266.
This turns on a bathroom fan automatically when its humid.
The idea is to upgrade my rover to be controlled by a Blynk app in my mobile. The Blynk is talking to my Arduino UNO using Bluetooth HC06.
Using an accelerometer, we detected angular acceleration. With this data we used a particle photon to notify the user via a Blynk dashboard.
Every backyard needs that little something special. I've created a water fountain that reacts to music and can be controlled wirelessly.
50 people and 6 robots sumo at IoT meetup.
Control the color of the light using "Voice", "Blynk" and "Qmote" .
It can also react to Events in Android Phone.
Particle and Blynk to wirelessly monitor a 4,000 gallon water distribution system.
With this project, we will be able to water our plant automatically and monitor it from our smartphone.
This product is designed to monitoring the quality of air continuously for COPD patient.